Surgeon and Patient Preparation to Minimize Surgical Site Complications and Infection Surveillance Programs

2021 ◽  
pp. 15-32
Author(s):  
Katie L. Hoddinott ◽  
J. Scott Weese ◽  
Ameet Singh
2020 ◽  
Vol 21 (7) ◽  
pp. 621-625
Author(s):  
Joseph D. Forrester ◽  
Allison E. Berndtson ◽  
Jarrett Santorelli ◽  
Eric Raschke ◽  
Thomas G. Weiser ◽  
...  

1987 ◽  
Vol 8 (11) ◽  
pp. 474-479 ◽  
Author(s):  
David Birnbaum

Over 20 years ago, Philip Brachman advised us that “… the surveillance of all institutionally associated infections is important in order to minimize the risk of infection to all patients entering the institution and to members of the community.” Seven years later, in 1970, other staff members at the Centers for Disease Control (CDC) offered us more specific surveillance objectives:A. To determine the frequency and kinds of endemic nosocomial infections, in order to identify deviations from the baseline so that infection control personnel can:1. Determine where studies are needed.2. Ascertain where control measures (long-term and emergency) need to be established and how effective new control measures are.3. Establish policy.B. To provide the patient and personnel (and in some instances the community) with all possible protection from infections of nosocomial origin.C. To meet the requirements of the Joint Commission on Accreditation and the medical-legal guidelines of “accepted standards of patient care.”D. To provide the medical and nursing staff with meaningful data on the level of nosocomial infection in their work areas.If each single nosocomial infection represented sufficient deviation from the baseline occurrence, then analysis of surveillance data would be quite straightforward. However, that is not the case. A 1976 project report for the National Center for Health Statistics identified various “sentinel health events” whose occurrence should trigger “… scientific search for remediable underlying causes.”


2016 ◽  
Vol 44 (12) ◽  
pp. 1505-1510 ◽  
Author(s):  
Philip L. Russo ◽  
Sally M. Havers ◽  
Allen C. Cheng ◽  
Michael Richards ◽  
Nicholas Graves ◽  
...  

1984 ◽  
Vol 5 (7) ◽  
pp. 332-338 ◽  
Author(s):  
David Birnbaum

AbstractHow often infection rates should be calculated and how large a change is required for “significance” are pertinent questions in nosocomial infection surveillance programs. A method is presented which establishes outbreak threshold infection frequencies. Comparison is direct and immediate: computation of rates or use of electronic data processing is not required. We have validated this method, using computer systems, by comparing the distributions of mean weekly incidence and prevalence statistics for each ward by nosocomial infection site in an acute care general hospital against both our theoretical outbreak threshold limits and the distribution of proven infection outbreaks. Sensitive and specific distinction between random variation or sporadic cross-infection and true persisting outbreaks requiring intervention is obtained. This approach provides a simple and timely alternative to intuitive after-the-fact interpretation of infection patterns which is applicable to infection surveillance and cost-effective infection control in hospitals of all sizes.


1987 ◽  
Vol 8 (11) ◽  
pp. 459-464 ◽  
Author(s):  
Elias Abrutyn ◽  
George H. Talbot

The Centers for Disease Control's Study on the Efficacy of Nosocomial Infection Control (SENIC) showed that infection surveillance and control activities are associated with a decrease in nosocomial infection rates. Moreover, the intensity of activity correlated with the magnitude of the fall in infection rates. These results, plus the guidelines of regulatory agencies, mandate that infection control programs conduct surveillance activities. However, absolute standards for the content and nature of surveillance programs have not been established, and many descriptions of different types of surveillance programs are available. In this primer, we describe the considerations involved in development of a surveillance program with emphasis on issues concerning data collection.Langmuir considers surveillance when applied to disease as meaning the collection of data, the analysis of those data, and the distribution of the resulting information to those needing to know. The definition implies that surveillance is observational and that surveillance activities should be clearly separated from other related activities such as control measures. The latter activities, including their initiation, approval, and funding, are administrative matters underpinned by a scientific base that are undertaken by the recipients of the surveillance data and their analyses. They should be clearly separated from surveillance activities per se. There is also the implication that action results from surveillance; surveillance without action should be abandoned.


2021 ◽  
Author(s):  
Catherine M. Sweeney-Reed ◽  
Doreen Wolff ◽  
Jakob Niggel ◽  
Michael Kabesch ◽  
Christian Apfelbacher

BACKGROUND School closures are a widely implemented strategy for limiting infection spread in the current SARS-CoV-2 pandemic. The negative impact on children and young people is increasingly apparent, however. OBJECTIVE We aim to evaluate the feasibility of an infection monitoring program in schools to enable targeted quarantining to replace school closures. METHODS Five pupils per class will be pseudorandomly selected twice a week and asked to provide a gargle sample over a 16-week evaluation period. The samples will be analyzed in a laboratory using RT-PCR in a pool testing procedure, followed by immediate individual testing in the case of a positive pool test. Testing will be performed in strict adherence to data protection standards. Pupils will receive a 16-digit study access code, which they will be able to use to receive their test results. Questionnaires will be performed for evaluation of the acceptability of the program among participants and their families. RESULTS We will quantitatively and qualitatively evaluate the logistics and the acceptability of the program. CONCLUSIONS This study should inform the design of infection surveillance programs in schools based on gargle samples and a pool testing strategy, enabling identification of any aspects requiring adaptation before large scale implementation. Our focus on each step in the logistics and on the reported experience of families should enable a robust assessment of the feasibility of such an approach.


1997 ◽  
Vol 18 (09) ◽  
pp. 659-668 ◽  
Author(s):  
Marie-Claude Roy ◽  
Trish M. Perl

AbstractSurgical-site infections, the third most common class of nosocomial infections, cause substantial morbidity and mortality and increase hospital costs. Surveillance programs can lead to reductions in surgical-site infection rates of 35% to 50%. Herein, we will discuss the practical aspects of implementing a hospital-based surveillance program for surgical-site infections. We will review surveillance methods, patient populations that should be screened, and interventions that could reduce infection rates.


2020 ◽  
Vol 4 (5) ◽  
pp. 449-452
Author(s):  
Alan MacLeod ◽  
Nicola Spence

COVID 19 has raised the profile of biosecurity. However, biosecurity is not only about protecting human life. This issue brings together mini-reviews examining recent developments and thinking around some of the tools, behaviours and concepts around biosecurity. They illustrate the multi-disciplinary nature of the subject, demonstrating the interface between research and policy. Biosecurity practices aim to prevent the spread of harmful organisms; recognising that 2020 is the International Year of Plant Health, several focus on plant biosecurity although invasive species and animal health concerns are also captured. The reviews show progress in developing early warning systems and that plant protection organisations are increasingly using tools that compare multiple pest threats to prioritise responses. The bespoke modelling of threats can inform risk management responses and synergies between meteorology and biosecurity provide opportunities for increased collaboration. There is scope to develop more generic models, increasing their accessibility to policy makers. Recent research can improve pest surveillance programs accounting for real-world constraints. Social science examining individual farmer behaviours has informed biosecurity policy; taking a broader socio-cultural approach to better understand farming networks has the potential to change behaviours in a new way. When encouraging public recreationists to adopt positive biosecurity behaviours communications must align with their values. Bringing together the human, animal, plant and environmental health sectors to address biosecurity risks in a common and systematic manner within the One Biosecurity concept can be achieved through multi-disciplinary working involving the life, physical and social sciences with the support of legislative bodies and the public.


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